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Mainnet Tokenomics — $SAVI

Complete economic model for the Savitri Network mainnet token.

Token Overview

PropertyValue
NameSavitri
Symbol$SAVI
Decimals18
Total Fixed Supply2,000,000,000 SAVI (2 billion)
Supply PolicyFixed — no perpetual inflation
StandardSAVITRI-20 (native)
NetworkSavitri Mainnet (Chain ID TBA)

No new tokens can ever be minted after genesis. All emission is pre-programmed at protocol level and cannot be changed without a network-wide hard fork.


Token Allocation

Total supply breakdown across all categories:

CategoryAmount (SAVI)% of SupplyPurpose
Staking Pool840,000,00042.0%Validator & node rewards over 50 years
Team220,000,00011.0%Core contributors
Ecosystem180,000,0009.0%Grants, integrations, developer programs
Liquidity140,000,0007.0%DEX/CEX market liquidity
Pre-Sale120,000,0006.0%Early supporters
Private Round120,000,0006.0%Strategic investors
Marketing120,000,0006.0%Growth and brand
DAO Treasury80,000,0004.0%On-chain governance treasury
Community60,000,0003.0%Airdrops, community incentives
Public Sale60,000,0003.0%Public TGE offering
Seed Round60,000,0003.0%Seed-stage investors
Total2,000,000,000100%

Vesting & TGE Unlock Schedule

CategoryTGE UnlockCliffLinear VestingNotes
Public Sale100% at TGEFully unlocked at launch
Liquidity50% at TGE60 monthsMarket stability
Marketing25% at TGE3 months72 months
Community10% at TGE3 months36 months
Pre-Sale15% at TGE4 months18 months
Private10% at TGE9 months24 months
Seed10% at TGE12 months24 months
Ecosystem10% at TGE12 months72 months
Team0% at TGE12 months60 monthsNo TGE unlock
DAO0% at TGE12 months72 monthsNo TGE unlock
Staking PoolProtocol-controlled50-year emissionSee Emission Schedule

TGE circulating supply: ~220,000,000 SAVI (11% of total).

Non-staking vesting completes by Year 7 (month 84).


Staking Pool — 50-Year Emission

The staking pool (840M SAVI) is the largest single allocation, released over 50 years through a halving schedule. It funds validator and node rewards.

Halving Phases

PhasePeriodHalving IntervalMechanism
BootstrapY0 – Y10Every 2 years5 halvings — rapid decay
MaturityY10 – Y30Every 5 years4 halvings — stabilization
Long-tailY30 – Y50Every 10 years2 halvings — minimal emission

If network TVL exceeds $100M, the next halving fires early — self-regulating inflation.

Annual Emission (Staking)

PeriodAnnual RatePeriod EmissionCumulative
Y0–Y121M (ramp-up)21M21M
Y1–Y242M42M63M
Y2–Y421M42M105M
Y4–Y610.5M21M126M
Y6–Y85.25M10.5M136.5M
Y8–Y102.625M5.25M141.75M
Y10–Y151.3125M6.56M148.3M
Y15–Y200.656M3.28M151.6M
Y20–Y300.328–0.164M2.46M154.1M
Y30–Y500.082–0.041M1.23M155.3M

Total distributed over 50 years: ~155M SAVI — only 18.5% of the 840M pool. The rest is burned via the staking pool burn mechanism (see below).


Mainnet Node Rewards

Base Rewards per Epoch (24h)

Node TypeBase RewardCondition
Light Node50 SAVI≥ 80% uptime
Master Node100 SAVI≥ 80% uptime

Block Bonuses

RoleReward
Block proposer20 SAVI per block
Block validator5 SAVI per block

PoU Tier Multipliers

Validators are scored 0–1000 by Proof-of-Unity. Higher scores yield higher rewards.

TierMin PoU ScoreReward MultiplierGovernance Vote Tokens
Bronze3001.0x10
Silver5001.5x25
Gold7002.0x50
Platinum9003.0x100

Nodes below PoU score 300 receive no rewards.

Reward Parameters

ParameterValue
Distribution period24 hours
Minimum uptime80%
Minimum PoU score300
Maximum multiplier3.0x
Decay rate (inactive)0.95× per epoch
Minimum activity10 blocks per epoch

Mainnet Fee Structure

Base Fees

Transaction TypeBase FeeUse Case
Standard transfer$0.0035Wallet-to-wallet payments
Smart contract call$0.0175dApps, DAO proposals
IoT data packet$0.000125High-frequency sensor data
AI inference query$0.0025Decentralized ML services

Fee Distribution

Every transaction fee is split into four permanent streams:

RecipientSharePurpose
Burn50%Permanent supply reduction
Block proposer20%Direct validator incentive
Staking reward pool20%Distributed to active validators
Network treasury10%Ecosystem development fund

Congestion Pricing

Dynamic fee multiplier activates under high load:

TriggerThreshold
Mempool> 1,000 pending transactions
Block time deviation> 5,000ms
Throughput< 100 TPS
Gas utilization> 80%

Maximum multiplier: 100× base fee.


Deflationary Mechanisms

Four independent burn mechanisms work in concert to drive net deflation from Year 6–7 onward.

#MechanismDescription
1Transaction fee burn50% of every fee burned permanently
2AI/IoT micro-burn50% of AI/IoT service fees burned
3Staking pool burn5%/year of undistributed pool from Year 5
4Volume-adaptive burn0.1%–1.0% additional burn scaled by daily volume

Net Inflation → Deflation Transition

YearNew TokensEstimated BurnNet Status
Y1~124M~0.3MInflationary
Y3~214M~12.8MInflationary (declining)
Y5~134M~72MLow inflation
Y7~57M~120MDeflationary
Y10~5M~183MStrongly deflationary

See Deflationary Model for the full burn schedule.


Circulating Supply Projection

MilestoneCirculating% of 2B
TGE220M11.0%
Year 1344M17.2%
Year 2660M33.0%
Year 51,123M56.2%
Year 71,288M64.4%
Year 101,302M65.1%
Year 50~1,315M65.8%

Effective max supply after staking pool burns: ~1,420M SAVI by Year 50 — a permanent removal of ~29% of the original supply.


Testnet → Mainnet Conversion

Testnet (SAVT) reward balances convert to mainnet $SAVI at launch.

ParameterValue
Base conversion rate1 SAVT = 0.8 SAVI
High PoU bonus (avg ≥ 900)+20%
Medium PoU bonus (avg ≥ 750)+10%
Minimum participation10 epochs

Conversion is currently disabled in testnet config (enabled = false). It will activate at mainnet genesis.


Key Economic Properties

PropertyValue
Supply capHard-capped at 2,000,000,000 SAVI
Inflation controlProtocol-enforced halving
Deflation onsetYear 6–7 (moderate adoption)
Staking pool burn580M SAVI burned over 50 years
Minimum TGE float11% (220M SAVI)
Peak float~65.8% (Year 50 post-burns)
Team token lock12-month cliff, no TGE allocation
GovernanceDAO treasury + PoU vote tokens