Educational Sessions & Workshops

Wallet Architecture & Key Storage Consultation

Program Overview

The Wallet Architecture & Key Storage Consultation is our flagship one-on-one technical instructional session. Designed for high-net-worth individual holders, engineers, and treasury managers, this 2-hour deep dive establishes an uncompromising baseline of operational security for Dime wallets.

Rather than relying on automated browser extensions or default consumer settings, you will work directly with our senior cryptographic instructors to design a custom custody blueprint tailored to your exact hardware setup and risk profile.

Multi-Signature & Custody Governance Workshop

Overview

Managing shared funds or organizational program authority keys with a single private key introduces unacceptable vulnerability. The Multi-Signature & Custody Governance Workshop teaches teams how to architect, deploy, and administer decentralized multi-signature vaults on Dime.

Through interactive terminal simulations and hardware device signing drills, your team will learn how to enforce quorum requirements (e.g. 3-of-5 or 4-of-7 thresholds), configure automated execution delays (timelocks), and execute safe member key rotations without interrupting operational workflows.

Security Audit Preparation & Protocol Hardening

Overview

Before deploying smart contracts or connecting high-volume treasury vaults to external protocols, development teams must conduct exhaustive operational readiness audits. This session serves as an intensive architectural checkpoint.

Our security specialists review your client-side transaction construction logic, RPC fallback mechanisms, key derivation pipelines, and wallet adapter configurations to identify attack vectors prior to public mainnet deployment.

Scope of Review

• Wallet Adapter Security: Reviewing standard @solana/wallet-adapter implementations for phishing surface reduction, session isolation, and auto-approval vulnerabilities.
• Instruction Serialization: Auditing custom Borsh and Anchor instruction deserialization handlers to prevent buffer overflow and account confusion bugs.
• RPC Endpoint Redundancy: Configuring authenticated private RPC clusters with automatic failover to prevent front-running and node downtime during critical broadcast windows.
• Re-entrancy & Authority Checks: Evaluating on-chain program ownership checks, signer validations, and remaining account integrity.

Deliverables

• Detailed Security Preparedness Scorecard.
• Prioritized list of architectural hardening recommendations.
• 60-minute follow-up debrief with senior engineering staff.

Validator Operations & Staking Economics Training

Overview

Operating an independent validator node requires deep mastery of Linux kernel tuning, high-speed NVMe storage arrays, RAM disk ledger caching, and cryptographic vote key protection.

The Validator Operations & Staking Economics Training bridges the gap between basic Linux sysadmin skills and high-performance validator clustering. Participants build, tune, and test an active validator instance on testnet from bare-metal specifications.

Curriculum Modules

1. Bare-Metal Hardware Architecture: CPU core pinning (AMD EPYC / Threadripper), PCIe 4.0/5.0 NVMe partitioning, and 256GB+ RAM disk ledger optimization.
2. Linux OS Hardening: Kernel parameter tuning (sysctl.conf), UFW firewall lockdowns, fail2ban setup, and SSH key-only isolation.
3. Key Management for Validators: Separating identity keys, vote keys, authorized withdrawer keys, and staking authority accounts.
4. Monitoring & Telemetry: Prometheus and Grafana dashboard deployments, Telegraf metrics collection, and PagerDuty alert thresholds for skip-rate spikes.
5. Staking Economics & Delegation: Analyzing inflation emission schedules, commission optimization curves, MEV-Jito bundle dynamics, and slashing prevention.