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HIGH-FREQUENCY TRADING
Unified Identity for Your Trading Infrastructure
Teleport establishes cryptographic identity and provides access control for every engineer, machine, workload, and AI agent — eliminating SSH key sprawl and standing privileges.
Trusted by Market Leaders
THE PROBLEM
The cost of fragmented identities and static credentials
Most high-frequency trading firms run on fragmented identities and static credentials — SSH keys distributed via Ansible, hardcoded API tokens in CI/CD pipelines, and shared secrets with no expiry. Engineers and automated systems need fast, auditable access to co-location servers, Kubernetes clusters, databases, and trading pipelines, while regulators require complete traceability of every privileged action. The result is a growing attack surface, fragmented audit trails, and access that is nearly impossible to govern at scale.
Built for infrastructure where every millisecond counts
When you're running co-located servers, bare-metal trading systems, and automated pipelines across multiple regions, permission, roles, and controls need to keep pace. Teleport's unified identity layer secures every engineer, workload, and automated system — from on-prem and cloud to your most sensitive production environments.
Secretless authentication
Authenticate every human, machine, and AI agent without passwords, SSH keys, or API tokens — backed by cryptographic identity that can't be stolen or shared.
JIT access that actually expires
Engineers request elevated access to production systems and it expires automatically when the task closes. Teleport issues short-lived privileges that expire automatically — no standing access by default.
Full audit trail, every command
Tamper-proof session recording and structured audit logs across every SSH, Kubernetes, database, and RDP session — ready for auditors and forensic review.
For high-frequency trading infrastructure
QUANTITATIVE HEDGE FUNDS
Quant funds and prop trading
Small infrastructure teams supporting researchers and engineers who need fast, auditable access to bare-metal servers, databases, and trading systems — without SSH key management or manual access overhead.
CRYPTO & DIGITAL ASSETS
Crypto and digital asset firms
Exchanges, market makers, and custody platforms where insider access controls and tamper-proof audit trails are a regulatory requirement — and where one compromised credential has outsized financial and reputational impact.
MARKET MAKERS & ECNS
Market makers and electronic trading
High-throughput trading infrastructure spanning co-location facilities, cloud regions, and Kubernetes clusters — where machine and workload identity for automated systems is as critical as human access control.
Identity and access problems trading firms face — solved
INDUSTRY CHALLENGES
Long-lived SSH keys with no expiry or audit trail
Firms manage hundreds of production servers with SSH keys distributed via tools like Ansible. Most keys carry admin access and never expire. A single compromised key is a standing breach — with no record of who used it or when.
TELEPORT SOLUTION
SHORT-LIVED PRIVILEGESShort-lived certificates that expire automatically
Teleport replaces every SSH key with a short-lived X.509 certificate issued per session, limited to only the permissions required, and automatically expired. No vault, no rotation script, nothing to steal. Every session is attributed to a strong cryptographic identity.
Temporary production access that isn't temporary
Engineers need elevated access to production for debugging. Approval workflows are manual and slow. Elevated access is rarely revoked — leaving standing privileges across hundreds of hosts long after the task is done.
Ephemeral access tied to the maintenance window
Technicians authenticate via SSO (Okta, Entra ID, and others) for a short-lived certificate scoped to one specific device. Access expires automatically — no residual credentials remain on hardware.
Auditors asking "how do you control this?" — no clean answer
Compliance teams piece together logs from Okta, CloudTrail, and bastion hosts and still can't provide a unified, tamper-proof answer. Audit prep takes weeks and still leaves gaps that auditors flag.
One tamper-proof audit trail across all infrastructure
Teleport records every session across SSH, Kubernetes, databases, and RDP — command-level logging tied to a verified identity. One structured audit stream, ready for SOC 2, ISO 27001, and PCI DSS evidence collection.
Hardcoded secrets in CI/CD pipelines and trading bots
Trading bots, CI/CD runners, and microservices authenticate using long-lived shared API keys or hardcoded AWS credentials. Rotating them is disruptive. Revoking them is manual. Compromise is invisible until it's too late.
Cryptographic identity for every automated system
Every pipeline, bot, and microservice gets its own cryptographic identity. Teleport automates certificate renewal so hard-coded secrets are replaced with short-lived certificates — granting task-based privileges per job or pipeline, with no standing access.
No way to know who touched production or what they did
Shared accounts and anonymous SSH keys make it impossible to attribute actions to individuals. Risky permissions go unchecked, lateral movement goes undetected, and when something goes wrong there is no forensic record to investigate.
Real-time identity visibility across every access path
Teleport monitors the full end-to-end identity chain in real time — tracing actions from login through authorization to the resource. AI-generated session timelines classify commands by risk, map to MITRE ATT&CK, and surface anomalous behavior before it becomes a breach. Mark production databases and privileged IAM roles as Crown Jewels to get alerted the moment access paths change. Terminate sessions and lock identities instantly from a single control plane.
How Teleport secures HFT infrastructure at scale
When an engineer needs access to a production server, Teleport authenticates them via their identity provider, issues a short-lived X.509 certificate limited to the minimum required role, and logs the full session at the command level. The certificate expires automatically when the task is complete. No credentials are stored, rotated, or shared — and every action is traceable to a strong cryptographic identity. Teams report up to 80% less time spent on access troubleshooting and audit preparation.
Unified access everywhere
Unify access across colo servers, Kubernetes clusters, databases, cloud consoles, and Windows hosts through a consolidated access layer with one audit trail.
Unified access everywhere
Unify access across colo servers, Kubernetes clusters, databases, cloud consoles, and Windows hosts through a consolidated access layer with one audit trail.
Zero standing privileges
Just-in-time access with auto-expiring privileges. Approvals via existing ITSM or collaboration tools. No persistent access after the task is complete.
Zero standing privileges
Just-in-time access with auto-expiring privileges. Approvals via existing ITSM or collaboration tools. No persistent access after the task is complete.
Cryptographic identity
Humans, machines, workloads, and AI agents each get their own cryptographic identity — no passwords, SSH keys, or API tokens that can be stolen, shared, or phished.
Cryptographic identity
Humans, machines, workloads, and AI agents each get their own cryptographic identity — no passwords, SSH keys, or API tokens that can be stolen, shared, or phished.
Complete audit trail
Session recording with AI-generated summaries. Every action, every resource, every identity — stored immutably for compliance evidence and incident investigation.
Complete audit trail
Session recording with AI-generated summaries. Every action, every resource, every identity — stored immutably for compliance evidence and incident investigation.
Regulatory requirements
Meeting SOC 2, PCI DSS, ISO 27001, and internal audit requirements
SOC 2 · ISO 27001
Immutable audit logs for every session
Every session is cryptographically attributed to a human or machine identity. Structured, tamper-proof audit logs across SSH, Kubernetes, databases, and cloud consoles reduce audit prep time by up to 80% and eliminate the need to stitch together evidence from multiple tools.
PCI DSS · INTERNAL AUDIT
Least privilege enforced at the identity layer
Zero standing privileges by default. Access is granted per task, scoped to the minimum required role, and automatically revoked when the window closes. Periodic access reviews with policy enforcement ensure no one retains more access than their role requires.
SELF-HOSTED · DATA RESIDENCY
Session data stays in your environment
For firms that require session recordings and audit logs to stay within their own infrastructure, Teleport supports fully self-hosted deployment within your own VPC or data center — including air-gapped environments — with no SaaS dependency.
Teleport allows us to comply with the regulatory hurdles that come with running an international stock exchange. The use of bastion hosts, integration with our identity service and auditing capabilities give us a compliant way to access our internal infrastructure.
Brendan Germain
Systems Reliability Engineer
Ready to Teleport?
DOCS, GUIDES & DEEP DIVES
Common questions about infrastructure identity, access control, and security security for trading firms
What do high-frequency trading firms use instead of SSH keys?
Teleport replaces long-lived SSH keys with short-lived X.509 certificates tied to strong cryptographic identity. When an engineer logs in, Teleport issues a certificate tied to their role — valid for the session duration, then automatically expired. There are no keys to distribute, rotate, or revoke. Every connection is logged against a strong cryptographic identity, not an anonymous key pair.
How do quant funds and trading firms manage machine identity for automated systems?
Teleport Machine & Workload Identity gives every automated system — trading bots, CI/CD pipelines, microservices — its own cryptographic identity. These workloads authenticate using short-lived certificates rather than hardcoded API keys or shared secrets. Access is limited to the exact resources the workload needs, with full audit logging on every connection.
Can trading firms keep session recordings and audit logs on-premises?
Yes. Teleport can be deployed fully self-hosted within your own infrastructure — including air-gapped environments. Session recordings, audit logs, and all authentication data remain inside your own VPC or data center. This is the preferred deployment model for trading firms that require data residency control or cannot allow session data to leave their environment.
How do financial infrastructure teams meet SOC 2, ISO 27001, and PCI DSS requirements for privileged access?
Teleport generates a structured, tamper-proof audit trail for every session — recording every command, connection, and identity across SSH, Kubernetes, databases, and cloud consoles. Session recordings are searchable and replayable for incident forensics. These controls directly satisfy auditor requirements for privileged access monitoring, least privilege enforcement, and evidence of who accessed what and when. Teams report up to 80% less time spent on audit preparation.
Does adding an identity layer introduce latency for trading infrastructure access?
No. Teleport authenticates and routes infrastructure connections without measurable overhead — engineers use familiar tools like SSH, kubectl, and psql without workflow changes. Key performance facts: Teleport's gRPC-based proxy connections deliver SSH connection times up to 40% faster than legacy SSH-based proxying. The proxy architecture spans nine availability zones across six global regions. Teleport Cloud is backed by a 99.99% uptime SLA. The platform supports up to 130,000 concurrent connections per tenant. Teams report spending 80% less time troubleshooting access issues compared to manual SSH key workflows and ticket-based approval queues.
How do trading firms protect against insider threats and unauthorized production access?
Teleport eliminates anonymous access — every session is tied to a verified identity via your identity provider and MFA. Session recording captures every command at full fidelity. Just-in-time access means engineers only have access when explicitly requested and approved. Crown Jewel alerting flags access to sensitive assets like production databases, privileged IAM roles, and trading pipelines — providing a complete forensic record for internal security teams and external regulators alike.