Récupérer works on top of what you already own: your AWS accounts, your snapshots, your AWS Backup. No agents, no rip-and-replace. It finds your true DR posture on day one, fixes the gaps in both resilience and wasted backup spend, and proves recovery with verified cleanroom drills before a real incident ever tests it.
Récupérer turns the DR investments you already have into measurable, provable resilience, and pays for itself by reclaiming wasted protection spend along the way.
Connect your AWS accounts read-only. Récupérer reconciles primary workloads with your existing AWS Backup and snapshot telemetry into one dependency graph, then scores real recoverability, surfacing gaps most teams never knew they had.
Autonomous ResOps workflows remediate posture gaps and reclaim FinOps waste like orphaned recovery points, redundant snapshots, and over-provisioned retention, with human approval on anything that carries real blast radius.
Run real restores and cleanroom drills in isolated environments. Every restore captures a rollback point and passes a health check before it is trusted, so you can prove recovery without risking production.
Traditional backup vendor products only see their own storage pools. Runbook automation tools execute blind scripts without state awareness. Récupérer is the closed-loop 3-layer system that unifies truth across primary and secondary sources.
Backup products (Veeam, Rubrik, AWS Backup) track snapshots in storage catalogs, but cannot see unmanaged primary workloads, missing IAM roles, KMS key accessibility, or whether security groups and Route 53 DNS records exist to boot the system.
Runbook engines (Rundeck, AWS SSM, Cutover) execute static shell scripts on demand. They lack live topological lineage, real-time RPO staleness calculations, blast-radius containment, and compliance evidence delivery.
Unifies primary workloads with secondary protection telemetry into an interactive dependency graph. Validates customer DR intents (e.g. 4h RPO), streams audit evidence to Vanta, and proves recovery via sandboxed cleanroom drills.
Recuperer operates continuously across your AWS estate: agentless, multi-account, and real-time. It maps deep topological lineage, continuously validates recovery capability against active threats, and executes autonomous remediation through multi-agent consensus.
Recuperer maps every primary production resource across your AWS accounts, automatically reconciling dependencies between EC2, EBS, RDS, Aurora, DynamoDB, S3, KMS, and secondary protection pools. RPO staleness, retention expiry, and air-gapped vault locks are continuously tracked against live cloud state.
The DRPM Score is your continuous source of truth: real-time quantification of whether your workloads can survive ransomware, regional blackouts, KMS key deletion, and misconfiguration drift. Define custom resilience intents and controls, dynamically evaluate threat vectors against live telemetry, and deliver automated compliance evidence directly to platforms like Vanta, DORA, and NIST CSF.
Moving beyond passive backup reporting and fragile manual runbooks, Recuperer's ResOps platform executes closed-loop mitigation workflows directly on primary data sources. Grounded in live topology and protected by deterministic 1–5 blast radius containment boundaries, it orchestrates automated ‘Proof of Life’ cleanroom recovery drills with complete human-in-the-loop (HITL) approval gates.
Resilience and cost are the same problem seen from two sides. Récupérer reads your existing protection spend against your actual recovery needs and reclaims the waste: orphaned recovery points, duplicate snapshots, and retention that outlives the DR intent, without ever weakening a posture that still matters.
Accessible via interactive chat, autonomous sentries, and Model Context Protocol (MCP) servers. Declare objectives in plain English: “Ensure 4-hour RPO across payment services”, and Lazarus continuously validates against live telemetry, evaluates blast radius containment, and executes closed-loop cleanroom remediation with human-in-the-loop safety.
Remediation plans are formulated against live topological lineage, dependency ordering, and RPO/RTO SLAs, not generic playbooks. Every action is grounded in the actual state of your infrastructure at the moment of execution.
Every proposed action is scored against a deterministic 1-5 blast radius scale before execution. Shared KMS keys, cross-account dependencies, and vault isolation boundaries are evaluated to prevent cascading impact.
Cryptographic policy invariants are enforced before any state change. High-blast or irreversible actions are held at a human-in-the-loop gate. Routine fixes execute autonomously with full audit attestation.
A closed-loop 3-layer architecture: uniting primary workloads with secondary protection telemetry into continuous compliance signals, validated intents, and sandboxed cleanroom recovery.
Executes corrective mitigation runbooks and isolated sandboxed cleanroom DR validation drills directly against primary infrastructure. Restores snapshots in ephemeral quarantine VPCs, runs synthetic integrity checks, certifies exact RTO/RPO metrics, and tears down with zero idle spend. Restore-grade safety is enforced by design: every restore captures a rollback point first and must pass a verification step before it is trusted.
Continuously models threat vectors across ransomware, regional outages, unencrypted data, and IAM drift. Enables customers to dynamically enforce custom DR objectives (e.g. 4-hour RPO across payment databases), benchmark against DORA, NIST CSF 2.0, and NIS2, and stream live evidence to platforms like Vanta.
Bridges the divide between primary production assets (RDS, EC2, DynamoDB, EKS, VPC, IAM, Route 53) and secondary protection telemetry (AWS Backup, Veeam, Datadog, CloudWatch). Reconstructs full-estate topological lineage and multi-tier dependencies into a single, continuous source of truth.
Most organisations believe their DR posture is sound until an incident tests it. Récupérer turns that assumption into evidence, and the wasted spend into savings.
Figures and named benchmarks are omitted until validated with production data. Récupérer reports your own numbers from your first scan: your DRPM score, your gaps closed, your spend reclaimed.
Recuperer is built deep into AWS before expanding anywhere else. Full-fidelity posture intelligence requires owning the primitives: backup APIs, IAM lineage, KMS key graphs, cross-account topology. We get that right on AWS first, then carry the same depth to Azure, GCP, and enterprise backup vendors.
Connect read-only to the AWS accounts and backups you already have. In one scan, Récupérer shows your true DR posture, the gaps to fix, and the spend to reclaim, then proves recovery with verified drills. Deploy on AWS in under 30 minutes.