Sahyadri Frequently Asked Questions
Common questions about Sahyadri, the decentralized digital treasury network.
General
Who created Sahyadri?
Sahyadri is an open decentralized digital currency network created in 2026 by Suraj Datir. The project was designed to provide a secure and transparent digital treasury system built on Proof-of-Work computation and deterministic consensus. Unlike traditional financial networks that rely on centralized institutions, Sahyadri operates through open participation where anyone can run a node, verify transactions, or contribute computing power through mining. The protocol was introduced as an open system so that developers, researchers, and users around the world can review and improve its technology while preserving its fixed monetary policy and decentralized architecture.
Who controls the Sahyadri network?
No single individual or organization controls the Sahyadri network. Once the protocol is launched, the network operates through decentralized consensus among independent nodes and miners. Each node verifies transactions according to protocol rules and rejects invalid blocks automatically. Because the software is open source and the rules are enforced by cryptography rather than authority, control of the network is distributed across all participants rather than concentrated in one entity.
How does Sahyadri work?
Sahyadri works through a peer-to-peer blockchain network where transactions are validated by independent nodes and secured through Proof-of-Work mining. When a user sends a transaction, it is broadcast to the network where nodes verify its validity. Miners then compete to solve cryptographic computations in order to produce the next block. Once a valid block is found, it is shared with the network and verified by other nodes before becoming part of the permanent ledger. This process allows Sahyadri to function without banks, payment processors, or trusted intermediaries.
What are the advantages of Sahyadri?
Sahyadri provides several advantages compared to traditional payment systems. It allows peer-to-peer transfers without intermediaries, enabling global transactions that cannot easily be censored or restricted. The network operates continuously without relying on banking hours or centralized infrastructure. Sahyadri also has a fixed supply of 21 million coins, which ensures predictable monetary policy and protects against uncontrolled inflation. Because the protocol is open source, anyone can verify the rules and security of the system.
Why do people trust Sahyadri?
Trust in Sahyadri does not come from institutions or authorities. Instead it comes from mathematics, cryptography, and transparent protocol rules. All transactions are publicly verifiable on the blockchain, and the supply schedule is enforced by the network itself. Because the software can be audited by anyone, users do not have to rely on promises or trust a central operator.
Transactions
Why do I have to wait for confirmation?
When a Sahyadri transaction is broadcast to the network, it must first be verified and included in a block by miners. After the block is produced, the transaction becomes part of the blockchain history. Waiting for confirmations ensures that the transaction cannot be reversed or double-spent. Each additional confirmation increases the security of the transaction.
How much will the transaction fee be?
Transaction fees on the Sahyadri network are expected to remain relatively small. The base network fee is approximately 0.0005 CSM per transaction, although the exact fee may vary depending on network demand and transaction size. Fees serve two important purposes: they help prevent spam transactions and they provide incentives for miners to include transactions in blocks.
What is CSM?
CSM is the native digital currency of the Sahyadri network. It is used to pay transaction fees, reward miners who secure the network, and transfer value between users. Like other cryptocurrencies, CSM exists entirely on the blockchain and can be stored in digital wallets.
What is the role of CSM?
CSM serves as the economic unit of the Sahyadri ecosystem. It incentivizes miners to maintain network security, enables peer-to-peer payments, and functions as a scarce digital asset with a fixed maximum supply. Because the supply is limited to 21 million coins, the currency is designed to maintain long-term scarcity.
Mining
What is Sahyadri mining?
Mining is the process through which new blocks are created and transactions are confirmed on the Sahyadri network. Miners use computational power to solve cryptographic puzzles defined by the Proof-of-Work algorithm. When a miner successfully finds a valid solution, they produce the next block and receive a block reward along with transaction fees.
How does Sahyadri mining work?
Mining involves repeatedly performing hash computations until a miner discovers a value that satisfies the network difficulty target. This process requires real computational effort, which prevents malicious actors from easily rewriting transaction history. The Sahyadri network uses a customized hashing algorithm designed to maintain decentralization and encourage participation from a wide range of hardware.
What do I need to start mining?
To start mining Sahyadri, a participant typically needs a computer with a CPU or GPU capable of performing hash computations, mining software compatible with the Sahyadri protocol, and access to the internet. Miners may choose to mine independently or join mining pools where resources are combined to improve reward consistency.
Security
Is Sahyadri secure?
Sahyadri is secured through cryptographic verification, decentralized consensus, and Proof-of-Work computation. Each block requires real computational effort to produce, making it extremely difficult for attackers to manipulate the blockchain. As long as a majority of network computing power follows the protocol rules, the system remains secure.
Has Sahyadri been hacked in the past?
The security of Sahyadri depends on the integrity of its open source code and the decentralized operation of the network. Like any software project, vulnerabilities may be discovered and fixed through community review and responsible development practices.
Is Sahyadri vulnerable to quantum computers?
Modern blockchain cryptography is based on algorithms that are currently considered secure against known attacks. While future quantum computers could potentially affect many cryptographic systems, researchers are already working on quantum-resistant cryptographic techniques that may be integrated into blockchain protocols if needed.
Help
I'd like to learn more. Where can I get help?
Users who want to learn more about Sahyadri can explore the official documentation, community discussions, and developer resources available through the project website and public repositories. Because the network is open source, anyone can study the protocol, build applications, or contribute improvements.