FAQ

KOBIL provides identity-centric security and platform technology for trusted digital ecosystems. Its portfolio brings together verified identity, application security, secure communication, digital documents, payments, MiniApps, and controls for AI agents.

Each capability can be used independently or as part of a shared platform. Organizations can start with one need, such as identity or application protection, and add communication, payments, MiniApps, or AI-agent governance over time.

Usually not. KOBIL is designed to connect existing identity providers, business applications, back-end services, and payment providers through standards-based interfaces and APIs, helping organizations preserve earlier technology investments.

KOBIL is designed for enterprises, banks, public authorities, and regulated organizations that need secure digital interactions at scale. It also supports ecosystems involving customers, employees, partners, service providers, developers, and AI agents.

Both possible. Deployment options depend on the selected product and architecture. KOBIL supports cloud-based delivery and customer-controlled or containerized environments where regulatory, data-sovereignty, or operational requirements call for them.

KOBIL provides controls such as strong authentication, cryptographic device binding, encrypted communication, runtime protection, access policies, logging, and audit trails. These capabilities are designed to support requirements arising from frameworks such as GDPR, eIDAS, DORA, NIS2, and PSD2; final compliance remains specific to each implementation.

Yes. KOBIL technology is used in large enterprise and public-sector deployments and supports more than 100 million users worldwide. Capacity, availability, and tenancy are defined according to the target architecture and service scope.

KOBIL is moving its products toward a hybrid cryptographic architecture that combines established and post-quantum mechanisms for secure connections. The exact quantum-ready coverage should be confirmed for the selected product and deployment.

Start with the users, systems, interactions, and risks that must be protected. KOBIL can then map the required identity, security, communication, payment, MiniApp, and AI controls to a suitable architecture.

The KOBIL Trusted SuperApp is an identity-centric platform for building branded digital ecosystems. It brings services, MiniApps, communication, documents, payments, and existing systems into one governed user experience.

Trust is built into the platform through verified identity, strong authentication, controlled access, protected applications, encrypted communication, and auditable transactions. Users and services operate within a shared security and governance model.

It is designed for enterprises, cities, public authorities, financial institutions, mobility providers, telecom operators, and other organizations that want to operate a multi-service digital ecosystem under their own brand.

A MiniApp is a focused service that runs inside the SuperApp without requiring users to install a separate application. MiniApps can support processes such as applications, bookings, payments, approvals, customer service, mobility, commerce, or internal workflows.

A conventional app usually serves a fixed set of functions. A SuperApp provides a governed platform where new services, partners, and MiniApps can be added over time while reusing the same identity, security, communication, and payment capabilities.

Not necessarily. An organization can launch a new branded SuperApp or extend an existing digital channel, depending on its architecture. KOBIL first assesses the current app, user journey, back-end systems, and desired MiniApp model.

No. The framework acts as a secure access and orchestration layer across existing services. Business systems remain in place and can be connected through APIs, identity standards, gateways, and event-based integrations.

Yes. The interface, navigation, content, and services can be adapted to the organization’s brand. Audience-specific screens and access rules can provide different experiences for customers, citizens, employees, partners, or other groups.

MiniApps are registered, reviewed, categorized, and granted defined access to platform services. Identity, permissions, APIs, and publication controls help prevent a MiniApp from receiving more access than its purpose requires.

A SuperApp can use KOBIL capabilities for identity and access, secure messaging, documents and signatures, payments, notifications, file management, analytics, and application security. The final set is selected for each ecosystem.

A core environment can be established quickly, but a production launch depends on branding, integrations, compliance reviews, migration, MiniApps, and rollout scope. KOBIL typically recommends a phased launch beginning with a clearly defined set of high-value services.

Define the first audience, core services, required integrations, and governance model. KOBIL can use this scope to prepare a focused architecture session, demonstration, or proof of concept.

KOBIL Digital Workplace SuperApp is a Trusted Business SuperApp Platform that brings digital identity, secure communication, approvals, signatures, and business applications together in one secure enterprise environment.

It enables organizations to unify workflows, communication, authentication, and MiniApps on a single platform — helping employees, partners, and customers interact securely without switching between disconnected systems.

A SuperApp combines multiple business functions in one secure digital environment. Instead of using many isolated applications, separate logins, and disconnected workflows, users access relevant services through one trusted platform.

For enterprises, KOBIL Digital Workplace SuperApp acts like a secure internal app ecosystem where organizations can provide MiniApps, workflows, communication, approvals, and integrations through one unified interface.

MiniApps are modular business applications that run inside KOBIL Digital Workplace SuperApp. They allow organizations to digitize processes, integrate existing services, or provide new workflows without building separate standalone apps.

MiniApps can support use cases such as leave requests, internal forms, claims processing, approvals, document signing, service access, partner services, and single sign-on to existing enterprise applications.

KOBIL Digital Workplace SuperApp is designed for enterprises, public institutions, regulated organizations, and large business ecosystems that need to combine security, efficiency, compliance, and user experience.

Typical use cases are found in banking and financial services, public administration, healthcare, critical infrastructure, industrial companies, and organizations with complex internal or external partner processes.

Traditional solutions often focus on one area, such as identity management, messaging, signatures, or workflow approvals. KOBIL Digital Workplace SuperApp combines these capabilities in one trusted enterprise platform.

It brings together secure identity, device binding, encrypted communication, MiniApps, approval workflows, and digital signatures — reducing media breaks, duplicate logins, isolated data silos, and fragmented user experiences.

Microsoft Entra and Okta primarily focus on identity and access management. DocuSign primarily focuses on digital signatures.

KOBIL Digital Workplace SuperApp goes further by combining identity, authentication, secure enterprise communication, approvals, signatures, and MiniApps in one platform. This enables organizations to protect access, communication, and business processes within a unified and compliant digital ecosystem.

KOBIL Digital Workplace SuperApp helps organizations simplify digital work, increase security, and accelerate business processes.

Key benefits include:

• One unified user interface for multiple business services
• Secure identity and communication by default
• Strong authentication and device binding
• Faster workflows and approval processes
• Integrated digital signatures and audit trails
• Reduced IT complexity
• Improved productivity for employees and partners
• Support for internal and external MiniApp ecosystems
• Easier integration of existing enterprise applications
• A scalable foundation for secure digital transformation

MiniApps can be integrated through standardized interfaces, APIs, and platform services. Existing internal systems, external providers, and cloud services can be connected securely to Digital Workplace SuperApp.

Depending on the use case, integrations may use standards such as OpenID Connect, SAML 2.0, secure APIs, workflow interfaces, or marketplace-ready MiniApp services.

Yes. Organizations can develop and operate their own MiniApps on the Digital Workplace SuperApp platform. This allows companies to digitize internal processes, create new services, or integrate existing applications into one secure enterprise environment.

MiniApps automatically benefit from Digital Workplace SuperApp platform capabilities such as secure identity, authentication, encryption, auditability, and trusted communication.

Available and possible MiniApps include:

• Single sign-on access to enterprise applications
• Secure group chat
• Approval workflows
• Document signing
• Internal forms
• Leave requests
• Claims processing
• Partner services
• Business process MiniApps
• Integrations with existing enterprise systems

The platform can also connect to many existing business applications such as Jira, GitHub, Salesforce, Microsoft 365, Google Workspace, ServiceNow, SAP, and other enterprise services.

Yes. KOBIL Digital Workplace SuperApp is built on the KOBIL Trusted Platform and designed for highly regulated environments. It combines strong authentication, device binding, end-to-end encrypted communication, app protection, cryptographic security, and audit-ready workflows.

KOBIL uses PKI because it provides a trusted cryptographic foundation for secure authentication, approvals, and legally relevant signature processes.

KOBIL Digital Workplace SuperApp supports Zero Trust principles by continuously verifying users, devices, applications, and access requests.

This includes identity validation, cryptographic device verification, least-privilege access, secure communication, strong authentication, and comprehensive audit trails.

KOBIL Digital Workplace SuperApp reduces phishing risks by minimizing reliance on passwords and replacing insecure communication channels with trusted, encrypted communication.

Critical processes can be protected through cryptographic authentication, device-bound identities, Trusted Messenger communication, and signed approval workflows.

If a registered device is lost, access can be revoked quickly. Administrators or authorized users can block the device, revoke certificates, remove access rights, and initiate additional security measures such as remote wipe where supported.

KOBIL Digital Workplace SuperApp protects user identity through device binding, app binding, cryptographic credentials, and strong authentication.

Each identity is linked to a verified device and a trusted app environment. This means that stealing a password alone is not enough to compromise an account. An attacker would also need the registered device and the correctly activated app.

KOBIL’s identity technology is based on long-standing experience in financial-grade security and has been proven in large-scale deployments with more than 100 million users.

No. KOBIL Digital Workplace SuperApp is designed to bring existing systems, services, and providers together in one secure and unified interface.

It helps organizations preserve previous investments while improving usability, interoperability, security, and process efficiency.

KOBIL Digital Workplace SuperApp can integrate with common enterprise systems and platforms, including identity providers, directories, HR systems, productivity tools, business applications, device management systems, and security platforms.

Typical integrations include:

• Microsoft Active Directory, Entra ID, LDAP, RADIUS
• Microsoft 365 and Google Workspace
• SAP SuccessFactors, Workday, Personio
• Salesforce, ServiceNow, Jira, GitHub
• SAP S/4HANA and Microsoft Dynamics
• SIEM, PAM, Intune, and Jamf

KOBIL Digital Workplace SuperApp can act as an identity provider and supports common authentication and federation standards such as OpenID Connect and SAML 2.0.

This enables users to access connected applications securely through one trusted identity and authentication flow.

KOBIL Digital Workplace SuperApp can support strong authentication methods such as:

• FIDO2 / WebAuthn
• PKI certificates
• Biometrics
• OTP / TOTP
• Push authentication
• Trusted Messenger-based authentication and approvals

KOBIL Digital Workplace SuperApp is designed with privacy and compliance requirements in mind. It supports principles such as Privacy by Design, data minimization, encryption, access control, auditability, and documentation of processing activities.

The platform is designed to support organizations with regulatory requirements such as GDPR, eIDAS, DORA, NIS2, and other security and compliance frameworks.

KOBIL Digital Workplace SuperApp supports compliance-oriented processes by providing secure identity management, strong access control, encrypted communication, audit trails, incident-relevant logging, rapid offboarding, and secure workflows.

These capabilities help organizations strengthen operational resilience, improve traceability, and reduce risks in regulated digital environments.

KOBIL Digital Workplace SuperApp can be deployed as a cloud-based service or, where required, through a containerized on-premises architecture.

A basic cloud instance with core functionality can be made available quickly. More complex enterprise integrations typically depend on the required systems, compliance scope, rollout model, and MiniApp use cases.

Yes. KOBIL Digital Workplace SuperApp can support remote onboarding scenarios, including identity verification, device registration, provisioning, contract or document signing, and approval workflows.

This helps organizations onboard employees, partners, or external users securely without requiring every step to happen in person.

KOBIL Digital Workplace SuperApp supports rapid offboarding by allowing organizations to revoke access, block devices, remove permissions, and disable connected services through controlled processes.

This is especially important for security incidents, role changes, partner access termination, and employee exits.

KOBIL Digital Workplace SuperApp supports mobile and desktop environments, including:

• iOS
• Android
• macOS
• Windows

For enterprise rollout, Digital Workplace SuperApp can be integrated into central app deployment and device management processes, such as Microsoft Intune or similar enterprise management platforms.

Yes. KOBIL Digital Workplace SuperApp can be used not only by employees, but also by partners, suppliers, service providers, startups, and external business users.

This makes it possible to create secure digital ecosystems where internal and external participants can access MiniApps, workflows, communication, approvals, and services through one trusted platform.

KOBIL Digital Workplace SuperApp helps organizations digitize processes faster by providing a secure foundation for identity, communication, approvals, signatures, and MiniApps.

Instead of building separate applications and security components for every use case, organizations can use Digital Workplace SuperApp to launch secure digital services quickly and scale them across employees, partners, and customers.

Yes. KOBIL offers live demonstrations and technical evaluation options for organizations that want to experience KOBIL Digital Workplace SuperApp and assess how MiniApps can simplify and secure business processes.

You can request a live demo through kobil.com or contact the KOBIL Digital Workplace SuperApp team to learn how the platform can support your organization’s security, communication, workflow, and digital transformation goals.

KOBIL Application Security helps organizations assess, harden, and protect mobile applications against attacks that target the app itself or its runtime environment. It combines vulnerability insight with embedded protection for Android and iOS applications.

Protection can address reverse engineering, tampering, repackaging, debugging, hooking, code injection, runtime manipulation, emulators, and rooted or jailbroken devices. The selected protection profile determines the active controls and response.

A scan identifies weaknesses at a point in time. Runtime protection remains inside the application and monitors conditions while the app is running, allowing it to detect or respond to attacks after release.

No. It complements secure development, code review, penetration testing, API security, and server-side controls. It adds a protection layer for threats that occur on end-user devices outside the organization’s direct control.

The upload-based workflow can scan and protect compiled mobile builds without requiring source code. Organizations provide an Android .aab or .apk, or an iOS .ipa, depending on the selected process.

KOBIL supports Android and iOS application protection. Native and common cross-platform application stacks can be supported, but compatibility should be checked against the application framework, build process, and required protections.

KOBIL offers zero-code shielding for suitable compiled builds and SDK-based options for deeper managed integration. The appropriate method depends on release automation, visibility, identity requirements, and operational control.

The application can detect, report, restrict, or block activity according to the configured policy. Responses may include preventing access to a sensitive function, stopping a transaction, ending a session, or recording the event for investigation.

Managed protection options can provide runtime intelligence and centralized visibility into detected threats. Required dashboards, reporting, and security-operations integrations should be defined during solution design.

Application hardening adds security controls to the build, so impact should be tested as part of release validation. KOBIL profiles protection to reduce unnecessary friction while preserving the controls required by the risk model.

It provides controls and evidence relevant to mobile application integrity, threat detection, traceability, and data protection. These capabilities can support requirements associated with GDPR, DORA, NIS2, PSD2, eIDAS, ISO standards, and sector-specific policies; they do not replace an organization’s compliance assessment.

Begin with a non-production Android or iOS build. KOBIL can help assess the application, review the vulnerability findings, and define a protection profile before production rollout.

KOBIL Trusted Identity provides the identity, authentication, and transaction-authorization foundation for secure digital services. It binds a user, device, and trusted application so access and high-value actions can be verified cryptographically.

It is designed for banks, enterprises, public authorities, healthcare providers, and other organizations that need strong authentication, passwordless access, secure onboarding, transaction approval, or digital signature processes.

Conventional login often relies mainly on a password or one-time code. KOBIL can combine verified identity, cryptographic credentials, device and app binding, runtime protection, and transaction-specific approval within one security model.

Not necessarily. It can integrate with existing IAM and directory services or provide identity-provider capabilities where required. The architecture can use standards such as OpenID Connect, OAuth 2.0, SAML 2.0, and JWT-based tokens.

Yes. It can support SSO and multi-factor or passwordless authentication across connected services. Available methods can include biometrics, PKI credentials, push approval, OTP or TOTP, FIDO2 or WebAuthn, and policy-based authentication, depending on the implementation.

Cryptographic credentials can be bound to the registered device and trusted app instance. A stolen password alone is therefore insufficient; an attacker would also need to overcome the device, app, and transaction controls applied to the flow.

The device credential and access can be revoked, preventing the old device from completing protected actions. A controlled re-enrollment process can then bind the user to a replacement device.

Yes. It can bind the user’s authorization to the details of a payment, approval, agreement, or other transaction. This provides stronger evidence than a login alone because the specific action is verified and recorded.

Trusted Identity provides secure identity, authentication, and authorization infrastructure. Identity proofing, KYC, or external verification services can be connected when the business process or regulation requires them.

KOBIL provides mobile SDK and back-end integration options for Android and iOS applications. Web services and enterprise applications can use the identity services through supported federation standards and APIs; exact platform coverage depends on the chosen components.

Yes, depending on the selected architecture. KOBIL can provide cloud-based services or a containerized deployment for customer-controlled environments where regulatory, operational, or data-sovereignty requirements demand it.

It provides strong authentication, cryptographic authorization, auditability, and secure lifecycle controls that can support requirements arising from PSD2 SCA, eIDAS, GDPR, DORA, and sector-specific rules. The applicable configuration must be validated for each jurisdiction and use case.

Choose one protected journey, such as login, onboarding, payment approval, or document signing, and identify the current identity systems involved. KOBIL can then map the required assurance level and integration path.

KOBIL Secure Messenger & Documents provides identity-bound communication and document workflows for trusted digital processes. It enables organizations, users, and services to exchange messages, files, approvals, and signature requests within a protected channel.

Communication is linked to verified identities and authorized application instances rather than relying only on a phone number or email address. This helps establish who participated, which channel was used, and what action was approved.

Messages can be end-to-end encrypted and digitally signed. Identity-based access and token controls help ensure that only authorized users, applications, and services can participate in a conversation.

Organizations can send attachments, request user decisions, initiate PDF signature processes, and connect conversations to MiniApps or business workflows. Exact document types, retention rules, and signature levels depend on the configured service.

Binding communication creates verifiable evidence around the participants, message, context, and response. This is useful for approvals, instructions, confirmations, and regulated interactions where ordinary chat records may be insufficient.

KOBIL can support electronic signature and transaction-authorization processes. Legal effect depends on the signature level, evidence, identity assurance, document, jurisdiction, and process design, so requirements should be assessed for the specific use case.

Not necessarily. It is intended for identity-sensitive or transaction-relevant communication and can complement existing collaboration tools. Organizations can use it where verified participants, encryption, approvals, signatures, or stronger audit evidence are required.

Yes. Authorized customers, partners, suppliers, or service providers can be included in controlled communication and document journeys. Access and available actions are limited by identity, role, tenant, and workflow policy.

Yes. KOBIL provides APIs that allow authorized services and MiniApps to send messages, receive user responses, deliver attachments, and initiate PDF signature flows after the required identity integration is completed.

Yes. A message or guided interaction can direct the user to an authorized MiniApp or service inside the SuperApp. This connects communication with the next operational step instead of leaving the process in an isolated chat thread.

Identity, message identifiers, user responses, transaction context, and workflow events can be recorded according to the configured policy. Hosting, retention, residency, and administrator access must be defined for each deployment.

Select a communication flow that currently depends on email, paper, or an unverified chat channel. KOBIL can demonstrate how identity, messaging, documents, approval, and signature can be combined in one controlled journey.

KOBIL Secure Payments brings identity-bound payment initiation and authorization into SuperApps and MiniApps. It connects the payment journey to the user’s trusted identity and the organization’s selected payment infrastructure.

No. KOBIL can integrate with existing payment providers and gateways through APIs. It adds the trusted user interaction, identity, authorization, and transaction layer around the payment process.

Once the user, payment method, and provider relationship are established, an eligible payment can be presented and authorized inside the trusted app flow. The user confirms the transaction without repeatedly entering the same checkout information.

Payment requests are delivered to authenticated users through authorized services. Access tokens, identity controls, transaction details, and digital authorization help verify who approved the payment and what was approved.

The payment APIs can support transaction creation, status inquiries, pre-authorization, final capture, cancellation, and full or partial refunds. Availability depends on the connected provider and merchant configuration.

Coverage is determined mainly by the connected payment provider, merchant agreement, currency, country, and use case. KOBIL defines the identity-bound interaction and integration layer rather than imposing one universal payment-method list.

Yes. An authorized MiniApp can request a payment after completing the required KOBIL Trusted Identity integration and receiving the appropriate access token. Transaction results are returned to the merchant’s registered callback service.

The payment journey can be integrated into the surrounding SuperApp or MiniApp experience. The available interface, provider components, required disclosures, and authentication steps depend on the selected payment architecture.

Yes. Supported APIs include transaction cancellation and refund operations, subject to the payment status, provider rules, merchant agreement, and permitted time window.

No technology alone makes an organization compliant. KOBIL can reduce friction and provide identity, authorization, and audit controls that support PSD2 SCA and payment-security requirements, while the final PCI DSS and regulatory scope depends on the full architecture and operating model.

Start with the target payment journey, current gateway or provider, markets, payment methods, and refund requirements. KOBIL can then define the required identity, API, callback, user-interface, and compliance flows.

KOBIL MiniApp Studio is the environment for creating, integrating, reviewing, and publishing services inside KOBIL-powered SuperApps. Teams can build a MiniApp themselves or use KOBIL MiniApp Creator to accelerate delivery.

A MiniApp is a focused application that runs inside a SuperApp and uses shared platform services. Users can access it without downloading and managing a separate standalone mobile app.

Enterprise development teams, agencies, partners, startups, public institutions, and approved third-party service providers can build MiniApps. Publication remains subject to the host ecosystem’s technical, security, content, and governance requirements.

Not necessarily. MiniApps can be built with familiar web technologies and delivered across iOS and Android through one service codebase. Complex business logic and back-end integrations may still require experienced developers.

KOBIL MiniApp Creator provides a guided way to assemble the MiniApp experience and accelerate common implementation work. Teams can use it alongside custom development where specialized interfaces, logic, or integrations are required.

Depending on permissions, a MiniApp can use identity and access, payments, messaging, notifications, document signing, file management, analytics, and other platform services through KOBIL MCP and supported APIs.

Yes. A MiniApp can connect to enterprise back ends, cloud services, partner APIs, and systems of record. The SuperApp provides the user-facing and trust layer while business data and core processing can remain in existing systems.

MiniApps operate within the SuperApp’s identity and governance model. Access tokens, permissions, API controls, review processes, and application-security measures help restrict each MiniApp to the users, data, and services it requires.

Yes. Through OpenID Connect integration, an authorized MiniApp can use the authenticated SuperApp identity and provide Single Sign-On without asking the user to register or log in again unnecessarily.

The MiniApp is configured, tested, documented, and submitted for the required security, compliance, and categorization review. Once approved, it can be published to the relevant SuperApp catalog and assigned to the intended audiences.

MiniApps and server-driven content can often be updated independently of the host app, reducing reliance on full mobile release cycles. Publication controls and applicable app-store or host-app policies still apply.

Yes. Services can be assigned by audience, role, region, organization, subscription, or other permitted attributes. Anonymous and authenticated users can also receive different screens and service access.

Analytics can be included to track adoption, usage, and service performance within the permitted data and consent model. The required events and reporting should be defined when the MiniApp is designed.

Begin with one clearly bounded user need, the required back-end service, and the KOBIL capabilities it should reuse. KOBIL can then recommend the self-build, Creator-assisted, or jointly implemented path.

KOBIL AI Trust is an identity, security, and governance platform for AI agents. It gives agents verifiable identities, controlled access, protected credentials, runtime policy enforcement, and auditable activity across enterprise systems.

AI agents can act autonomously, call tools, access data, and execute tasks at machine speed. A dedicated identity allows each agent to be authenticated, authorized, monitored, limited, and revoked without treating it as a human user or an unmanaged shared service account.

It helps address agent impersonation, excessive permissions, credential exposure, unapproved tool use, unclear delegation, shadow agents, and incomplete audit trails. The controls focus on who the agent is, what it may do, and who is accountable for its actions.

The platform combines Agent IAM, Agent Vault, Agent Guard, and Agent Audit with a central control plane and developer SDKs. Together they manage agent identity, credentials, permissions, runtime decisions, and evidence.

Each agent receives a verifiable identity and uses controlled credentials or tokens to access approved resources. Standards-based flows can include OAuth 2.1, PKCE, token exchange, and cryptographic proof-of-possession such as DPoP, depending on the integration.

Fine-grained policies define the resources, actions, context, limits, and delegation available to an agent. Agent Guard evaluates relevant requests at runtime so access can be allowed, restricted, escalated, or denied according to policy.

Yes, when explicitly authorized. KOBIL can separate the agent’s own identity from delegated user authority, issue scoped permissions for the task, and retain evidence of both the agent and the accountable human context.

Agent Vault keeps sensitive credentials outside the agent’s prompt and business logic and releases them only under defined policy. Short-lived, scoped, and proof-bound tokens can reduce the risk created by reusable bearer credentials.

Yes. Policies, tokens, credentials, or the agent identity can be restricted or revoked centrally. The appropriate response can be triggered by risk signals, policy violations, lifecycle events, or an administrator decision.

Agent Audit can record identity, authorization decisions, delegated authority, resource access, policy outcomes, and relevant transaction context. This creates evidence for investigation, governance, access review, and compliance reporting.

Not necessarily. It is designed to extend existing identity and security architecture with controls specific to AI agents. Integration can connect current identity providers, APIs, applications, policy systems, and security operations.

Its primary scope is agent identity, access, credentials, runtime enforcement, and auditability. It complements model-safety, prompt-security, content-filtering, and output-evaluation tools rather than replacing them.

KOBIL provides SDKs for Python, TypeScript, and Java and is designed to work across different agent and application environments. The integration path depends on the agent framework, APIs, tools, and identity architecture in use.

It provides technical evidence and controls relevant to least privilege, human accountability, access review, auditability, and secure operation. These capabilities can support programs aligned with the EU AI Act, NIST AI RMF, ISO/IEC 42001, and sector rules, but do not create compliance on their own.

Choose one agent, the systems it needs to access, the actions it performs, and the person or team accountable for it. KOBIL can then model the identity, permission, credential, runtime, and audit controls required for a proof of concept.

Inside KOBIL is KOBIL’s collaboration initiative for startups, developers, universities, technology partners, and innovative teams building trusted digital services.

Inside KOBIL can provide access to KOBIL technology, SuperApp and MiniApp infrastructure, technical guidance, ecosystem visibility, and potential go-to-market collaboration.

No. Inside KOBIL focuses on technology enablement and strategic collaboration rather than direct financial investment.

Startups, scaleups, development teams, universities, established companies, and other innovators can be considered when their solution and goals align with KOBIL’s technology and ecosystem.

Relevant areas include trusted digital services, identity, security, SuperApps, MiniApps, AI agents, payments, communication, and new services for enterprise or public-sector ecosystems.

Projects are assessed according to strategic fit, technical feasibility, readiness, market potential, and the value they can create within a KOBIL-powered ecosystem.

KOBIL and the selected team define the use case, technical integration, responsibilities, and a practical path toward a prototype, proof of concept, launch, or broader collaboration.

Share a short description of the solution, target users, current development stage, and the KOBIL capabilities required. The KOBIL team can then assess the most suitable next step.