E-COMMERCE & DIGITAL MARKETPLACES
Unified Identity for Commerce Infrastructure
As your platform grows, credential sprawl and fragmented identity create unauditable infrastructure risk. Teleport's unified identity layer secures every engineer, contractor, machine, workload, and AI agent — so your payment and customer data environments are ready for scale.
Trusted by Market Leaders
THE PROBLEM
The business grows faster than the identity model governing it.
Every product launch, flash sale infrastructure build-out, acquisition, and new market expansion brings engineers, services, and credentials that get provisioned and rarely revisited. SSH keys, hardcoded tokens, kubeconfigs, and shared database credentials accumulate across the stack — broadly privileged, with no expiry and no owner. Third-party sellers, payment integrators, and logistics partners bring their own credentials into your environment. Contractors retain access after engagements close, and acquired storefronts and marketplace platforms authenticate outside your identity model entirely. When a breach happens — or PCI DSS auditors ask who touched your cardholder data environment — the answer is scattered across your identity provider, cloud audit logs, and bastion hosts.
Built for the infrastructure behind every checkout, fulfillment, and dispatch
When you're scaling Kubernetes clusters, databases, and pipelines across storefront, warehouse, and last-mile teams, static credentials and fragmented identity become the bottleneck — they were never designed to grow with you. When a flash sale spikes order volume, the last thing your on-call engineers should be fighting is an access request queue or a shared credential that nobody owns. Teleport eliminates standing privileges and the credentials that can be shared, lost, hardcoded, or stolen.
Secure access across regions
Replace static credentials with short-lived certificates tied to cryptographic identity. Give on-call engineers just-in-time access to regional clusters and fulfillment nodes — no VPNs or shared credentials required.
JIT access that actually expires
Engineers request elevated access to production databases and Kubernetes clusters — including break-glass access during peak traffic events — and it expires automatically when the task closes.
Full visibility, no anonymous actors
Every session is attributed to a cryptographic identity, giving you one complete record across every server, database, pipeline, and application your team touches.
For E-Commerce and Marketplace Infrastructure
ONLINE RETAIL & DTC
Online retail and direct-to-consumer brands
Fast-scaling storefronts and subscription brands across multi-region cloud infrastructure — where peak shopping seasons demand engineering velocity without standing privileges over payment and customer data.
DIGITAL PLATFORMS & MARKETPLACES
Marketplaces, gaming, and platform businesses
High-transaction platforms where sellers, partners, and agencies all require access to shared infrastructure — and where regional licensing, anti-fraud requirements, and 24/7 uptime govern how that access is controlled.
ON-DEMAND DELIVERY & LOGISTICS
On-demand delivery and last-mile logistics
Food, grocery, and package delivery platforms running real-time dispatch across distributed Kubernetes infrastructure — where every region carries its own compliance obligations and downtime is measured in lost orders.
Identity and access problems commerce teams face — solved
INDUSTRY CHALLENGES
Static credentials with no expiry or owner
Production databases, Kubernetes clusters, and deployment pipelines authenticate with shared passwords, hardcoded tokens, and SSH keys distributed across config files and environment variables. These credentials carry broad access, never expire, and often have no clear owner. A single compromised credential provides standing access to production — with no record of which engineer or service used it.
TELEPORT SOLUTION
SHORT-LIVED, TASK-BASED PRIVILEGESShort-lived certificates that expire automatically
Engineers and services get exactly the privileges the task requires, for only the duration of that task. When someone leaves or the task ends, there's nothing to revoke because nothing persists. Teleport eliminates the credential sprawl and standing privileges that put production infrastructure at risk.
Privileges that outlast the task
Engineers carry privileges from projects that closed months ago. Contractors retain access after engagements end. Teams from acquired companies authenticate on credentials that were never brought into your identity model. When an incident hits and on-call engineers need immediate production access, approval workflows are manual and slow — and elevated access is rarely cleaned up after the incident closes.
Privileges that expire when the work ends
Engineers request short-lived privileges through ITSM or collaboration tools — Slack, PagerDuty, Jira, ServiceNow, and more — with automated approvals by role and human review when needed. On-call engineers get break-glass access during peak traffic events, expiring when the window closes. Contractors and acquired teams authenticate through your existing SSO provider into a unified identity layer — with nothing left behind when the engagement ends.
No single view of infrastructure activity
Identity activity is siloed across your identity provider, cloud environment, and infrastructure — each with its own logs and no connection between them. Risky permissions go unchecked. Lateral movement goes undetected. When a security incident occurs or an auditor asks for evidence, reconstructing what happened requires stitching together activity from multiple tools — and still leaves gaps.
One audit trail from IdP to infrastructure resource
Teleport unifies the full identity chain — from login through authorization to the resource — into a single, structured audit stream. Every session across SSH, Kubernetes, databases, and cloud consoles is recorded at the command level and tied to a cryptographic identity. AI-generated timelines reconstruct incidents in minutes. Auditors get a direct answer to who accessed what and what they did — without a weeks-long evidence collection process.
Hardcoded secrets in pipelines and automated services
Checkout services, fulfillment workers, Terraform pipelines, and CI/CD runners authenticate using long-lived shared API keys or hardcoded cloud credentials embedded in YAML and container images. Rotating them is disruptive. Discovering them is nearly impossible. Compromise is invisible until something surfaces it in production.
Every automated system has an identity
Privileges are governed by the same short-lived certificate model as your engineers — scoped to the workload, issued dynamically at runtime, and leaving a full audit trail behind. Every pipeline, service, and automated process operates with its own cryptographic identity, so automated systems are no longer anonymous actors in your infrastructure.
How Teleport secures e-commerce and marketplace infrastructure at scale
Teleport unifies every identity across your commerce infrastructure (storefront engineers, fulfillment pipelines, payment processors, and more) under a unified cryptographic model with no shared secrets and no standing privileges. The result is a platform your security team can account for, and your engineering team can move quickly in, through every peak season and product launch, without trading one for the other.
Unified access everywhere
Unify access across cloud consoles, Kubernetes clusters, databases, servers, internal applications, and MCP servers — through a consolidated access layer with one audit trail.
Unified access everywhere
Unify access across cloud consoles, Kubernetes clusters, databases, servers, internal applications, and MCP servers — through a consolidated access layer with one audit trail.
Zero standing privileges
Short-lived, task-based access with approvals via your existing ITSM or collaboration tools. Nothing persists when the work is done. No exceptions.
Zero standing privileges
Short-lived, task-based access with approvals via your existing ITSM or collaboration tools. Nothing persists when the work is done. No exceptions.
Cryptographic identity
Humans, machines, workloads, and AI agents each get their own cryptographic identity — so there are 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 — so there are 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
Simplify compliance with PCI DSS, SOC 2, ISO 27001, and GDPR
PCI DSS · SOC 2
Structured audit logs for every session
Every session is cryptographically attributed to a human or machine identity. Structured 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 separate tools.
ISO 27001 · INTERNAL CONTROLS
Least privileged access, always current
No engineer, service, or agent carries any level of privilege to any resource outside of a task-based, time-limited session. Every session is independently authenticated, authorized based on task, and automatically expired. There are no more standing privileges, accumulated over years of growth, role changes, and vendor relationships.
GDPR · DATA RESIDENCY
Session data stays in your environment
For platforms operating under GDPR and regional data residency requirements, Teleport supports fully self-hosted deployment inside your own VPC or data center — including air-gapped environments — with no SaaS dependency.
With Teleport, we were even able to close the Kubernetes API without losing access for our engineers or automation tools. That alone was a huge win.
Olga Daminova
Infrastructure Security Engineer, Rush Street Interactive
Ready to Teleport?
DOCS, GUIDES & DEEP DIVES
Common questions about infrastructure identity, access control, and security for e-commerce and marketplace platforms
How do e-commerce and marketplace teams replace VPNs, bastion hosts, and SSH keys for production access?
Teleport replaces VPNs, bastion hosts, and long-lived SSH keys with short-lived X.509 certificates tied to a cryptographic identity. When an engineer logs in, Teleport issues a certificate tied to their role — valid for the session duration, then automatically expired. Every connection across production databases, Kubernetes clusters, and cloud consoles is logged against a cryptographic identity, not an anonymous key pair.
How do marketplace and commerce platforms manage machine identity for CI/CD pipelines and automated services?
Teleport Machine & Workload Identity gives every automated system — checkout services, fulfillment workers, Terraform pipelines, and microservices — its own cryptographic identity. These workloads authenticate using short-lived certificates rather than hardcoded API keys or shared secrets. Privileges are scoped to exactly the resources the workload needs, for the duration of the job, with a full audit trail on every connection.
How do e-commerce and marketplace platforms meet SOC 2, PCI DSS, ISO 27001, and GDPR 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. These controls directly satisfy auditor requirements for privileged access monitoring, least privileged access enforcement, and evidence of who accessed what and when — including across cardholder data environments and customer PII stores.
How do digital commerce platforms protect against insider threats and unauthorized production access?
Teleport eliminates anonymous access — every session is tied to a cryptographic identity via your identity provider and MFA. Session recording captures every command at full fidelity. Just-in-time access means engineers and automated systems only have access when explicitly requested and approved. Crown Jewel alerting flags access to sensitive assets — production payment databases, customer PII stores, and order-processing pipelines — providing a complete forensic record for internal security teams and compliance auditors.
Can Teleport scale through Black Friday, Singles' Day, and other peak traffic events?
The platform is built for high-availability deployments — active-active Proxy Service instances with automatic failover and no single point of access failure. For platforms that require full infrastructure control, Teleport Enterprise supports fully self-hosted high-availability deployments.
How do commerce platforms govern access for contractors, external agencies, and acquired companies?
Teleport federates every external identity through your existing SSO provider — Okta, Azure B2B, Entra ID, and more — into the same identity layer as your internal engineers. Contractors and agency developers receive short-lived certificates scoped to the specific resources they need, with full session recording and no persistent access left behind. For acquired companies, Teleport consolidates their infrastructure access into your existing identity and policy framework. When an engagement ends, privileges expire with it.