One Fidar.
Veri5, Identi5, Gatei5 and Agenti5 each guard a different front: your customers, your workforce, your applications and your AI agents. Fidar runs all four on one cryptographic core, so identity, policy and proof are shared rather than stitched together.
Veri5Customer sign-in verified
Sealed once by the Fidar core → trusted by all four planes
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Customers, employees and AI agents require different controls. Fidar gives each a purpose-built security plane without fragmenting the trust model underneath.
Your workforce
Phishing-resistant customer authentication for banking, wallets and payments.
Verify the real customer, the trusted device and the intended transaction before trust is granted — not a reusable secret that anyone can phish, buy or replay.
The Triangle Of Trust
Bind the user, the trusted device and the verified application into one authenticated interaction.
- The real customer, not a correct credential
- A device worth trusting
- A verified application
- Continuous risk, not a one-time check
Multi-Layered Defense
Cryptography, device integrity and behavior read together rather than in sequence.
- PQC-secure architecture
- Device integrity
- Behavioral intelligence
- Location & perimeter intelligence
- Transaction trust
Built around the banking journey
Protection at the touchpoints that actually carry consequence, from login to payment.
- Digital banking
- 3DS 2.0 payment journeys
- Call-centre verification
- Cardless, PIN-less interactions
Stop account takeover at the authentication boundary.
Make compromised credentials far less useful by binding trust to device, cryptography and context — so a stolen secret is no longer enough to be someone.
Phishing-resistant by design
There is no reusable secret left to phish, buy or replay.
Post-quantum ready
Device-bound cryptographic identity with algorithm agility built in.
Assurance at the transaction
Trust established at login can be withdrawn at the moment of the payment.
Human identity and governance — IAM, IGA, lifecycle and access policy.
Know who has access, why they have it, and whether they should still have it — with approvals, entitlements and certifications in one operating model.
Identity & access management
One control plane for workforce identity, from the login to the leaver.
- SSO & identity provider
- Phishing-resistant MFA
- Identity lifecycle
- Certification & revocation
Identity governance & administration
From “who has access?” to “why do they have it?” — reviewed continuously rather than once a year.
- Access requests & approvals
- Continuous reviews
- Segregation of duties
One operating model
Identity that keeps its own record, so an audit has something to read rather than reconstruct.
- Joiner, mover, leaver
- Entitlements with a reason
- Privileged access with an expiry
- Vendors and contractors
- Audit-ready evidence
From “who has access?” to “why do they have it?”
Bring approvals, entitlements, certifications and continuous review into the same identity operating model — because a review that cannot take an entitlement away is a report, not a control.
Access arrives with the role
Provisioning driven by the role a person holds, not by a ticket someone remembered to raise.
Every grant carries its reason
The policy and the approval that produced an entitlement travel with it.
Revocation that actually revokes
Certification revalidates against role, risk, usage and ownership — and removes what fails.
Zero Trust access for modern, legacy and OT applications.
Make every access request earn trust continuously — identity, device posture and policy checked at the door, without changing a line of application code.
Zero Trust Access Gateway
A secure reverse-proxy entry point that hides backends and evaluates identity and policy before connection.
- Unified SSO & strong authentication
- Context-aware policy
- Session visibility & audit
Access without implicit trust
From network access to application-level least privilege, decided per request.
- Continuous device trust
- Identity, role, posture, network, location and time
- Third-party and contractor access, time-bound
Legacy modernization
Put old applications behind modern trust controls without touching their code.
- Web and SaaS
- Legacy client-server
- RDP and SSH
- OT access paths
Every access request earns its trust, continuously.
Continuously evaluate OS, patch posture, firewall, encryption, AV and device integrity. Posture that fails mid-session ends the session — trust is a state, not a stamp collected at the door.
The backend is never exposed
A reverse proxy answers instead, so there is no route to the application to find.
Whoever is asking
Employee, partner or contractor, evaluated against the same policy plane.
Continuous posture
Re-checked while the session runs, not only when it opens.
Agentic identity, runtime governance, action proof and optimization.
Know which agent is acting, under whose authority, against which policy — and hold signed, attributable proof of what it actually did.
Five pillars
From shadow AI to governed autonomy, in the order the problem actually arrives.
- Discover
- Identify
- Authenticate
- Govern
- Optimize
At the moment of action
Identity moves to where the consequence is — the tool call, not the login.
- An identity for every agent
- Authority, verified before the tool call
- Policy at runtime
- Signed, attributable proof
Runtime governance
Built for agent behavior, not just human behavior.
- Injection Shield
- DLP & tokenization
- Shadow AI sensor
- Deception canaries
- Token budgets & provider optimization
Every consequential action deserves a proof.
A signed, attributable record of identity, authority, policy, action and decision — five parts, held together, rather than a log line someone can dispute after the fact.
An identity, not a shared key
Each agent owned, scoped and given a lifecycle of its own.
Policy at the moment of action
Evaluated against the specific call being made, then allowed, blocked or escalated to a human.
Signed, attributable proof
The action itself brokered rather than blind, and recorded as it happens.
From identity to action, in six links.
Every interaction on Fidar — human or agent — passes through the same chain, so nothing acts without being identified, verified and, ultimately, provable.
Identity
Human, machine or agent
Every actor starts with a cryptographic identity — not a username.
Trust
Device & credential trust
Attestation confirms the identity is genuine, not just claimed.
Auth
Passwordless / agent auth
Phishing-resistant for people, cryptographic for agents.
Policy
Least privilege, context
Access and action are scoped to exactly what's needed, now.
Action
Login, transaction, tool call
The actual event — signed at the moment it happens.
Audit
Immutable evidence
A record that's attributable, forensic and compliance-ready.
That is how trust moves from a security feature to foundational infrastructure.
Algorithm-agile by design.
Cryptographic standards evolve. Fidar's core was built to evolve with them — so as post-quantum and next-generation algorithms mature, your trust fabric updates rather than requiring a rebuild.
Cryptographic identity
Non-forgeable identity primitives replace usernames, static credentials and shared secrets as the root of trust.
Algorithm agility
Swap or add cryptographic algorithms as standards evolve, without re-architecting the platform.
One shared fabric
Human and agent identity run on the same core — one audit trail, one policy language, one place to look.