MegaETH About
[REVISITING THE WORLD COMPUTER]01
A New State Trie
Updating the state root of MPT is one of the most critical bottle-necks in execution clients due to the large number of random disk I/Os it incurs. To address this issue, we designed a new state trie that is highly memory & I/O-efficient. It can scale to terabytes of state data smoothly without incurring additional I/O costs, even on nodes with limited RAM.
02
Write-Optimized Storage Backend
The MDBX database is commonly used in EVM execution clients, but its high write amplification and single-writer lock result in poor write performance. To accomodate our extremely high rate of state updates, we revamped the storage backend to optimize for write performance while maintaining predictable read latencies.
03
Bytecode Compilation
Interpreting EVM smart contracts incurs significant runtime overhead, resulting in performance up to 1000 times slower than native code in some cases. To address this, we utilize just-in-time (JIT) compilation to remove the interpretation overhead and bring near bare-metal performance to the most compute-intensive Dapps.
04
Two-Pronged Parallel Execution
To fully exploit parallel execution, we adopted a unique approach that employs distinct strategies for block production & validation. The sequencer can utilize any concurrency control protocol, without being limited to deterministic methods like Block-STM. Meanwhile, full nodes leverage stateless validation to execute blocks in parallel, thereby avoiding state contention and maximizing parallel speedup.
05
Efficient State Sync
We developed a custom peer-to-peer networking protocol optimized for low-latency & high-throughput state synchronization, making near-optimal use of available network bandwidth. Combined with novel compression techniques, even low-cost nodes with limited bandwidth can stay in sync with the network at 100,000 TPS. Additionally, new nodes can join the network and catch up to the latest state quickly.
06
Streaming EVM
To achieve our 1-ms block time target, we co-designed an efficient streaming block production pipeline with our parallel execution engine. This new pipeline operates asynchronously with various system components, such as the storage backend and state trie. Consequently, it can continuously process incoming transactions and emit results in real time.
CAREER
Overview
Remote Reclamation Services (RRS), a subsidiary of MEGACORP's Eventide Division, is opening applications for Remote Reclamation Operators. The role supports internationally coordinated reclamation operations conducted through secure, remote systems. It enables civilian participation in large-scale infrastructure and reclamation initiatives under international mandate. No prior experience is required. Operators contribute through a proprietary remote interface and receive performance-based compensation tied to verified participation. The opportunity is fully remote and open to qualified applicants worldwide.
Key Responsibilities
- Engage with MEGACORP's secure remote reclamation interface
- Participate in coordinated, time-bound operational tasks
- Maintain consistent engagement during assigned operational windows
- Follow all training, compliance, and operational protocols
- Contribute to collective progress tracked in real time
What We Offer
- Fully remote participation from anywhere in the world
- Comprehensive operator training (no prior experience required)
- Real-time performance tracking and verification
- Tiered, performance-based compensation structure
- Performance bonuses for sustained engagement
- Global leaderboard access and contribution transparency
- Full legal indemnification under applicable international frameworks
Operators are compensated based on verified performance metrics tracked through RRS systems, with proportional compensation to individual contribution levels and incentives for sustained or high-efficiency participation.
Safety & Compliance
All operations are conducted remotely via shielded digital interfaces. No physical proximity to operational sites or anomalous structures is required. RRS operates under international legal frameworks and compliance agreements, including indemnification provisions for participants.
Who Should Apply
- Individuals seeking fully remote, flexible participation
- Applicants interested in large-scale, coordinated global projects
- No technical, engineering, or demolition background required
- Reliable internet access and ability to follow structured protocols
How to Apply
Interested applicants are encouraged to join the RRS waitlist. Approved candidates will receive onboarding instructions and access to training when operational windows open.
Legal Disclaimer
MEGACORP, its Eventide Division, and Remote Reclamation Services are not affiliated with, endorsed by, or associated with MegaETH, Mega Labs, the foundation, its blockchain network, tokens, developers, investors, or any related entities. Any internal settlement instruments or tokenized systems referenced by MEGACORP operate within a controlled payments perimeter and are unrelated to public blockchain projects or external digital assets.
Participation is subject to all applicable laws, jurisdictional agreements, and MEGACORP Terms of Service.
© 2026 MEGACORP – Eventide Division. All rights reserved. Authorization Code: EC-RRS-2026-OPEN
