New accounts increased 11.3%; average daily active accounts increased 8.4%. Seen accounts were essentially flat.
OBSERVED · CAUSATION NOT DETERMINED
PRISMIQ INVESTIGATION · LIVING EVIDENCE RECORD
VeChain
Interstellar
Did the upgrade actually change the economics?
Interstellar changed VeChain's execution environment. PrismIQ is tracking whether that technical shift translates into measurable network demand — and whether demand grows fast enough to offset more efficient execution.
ACTIVATED · 16 SEP 2026BLOCK · 25,902,540STATUS · DAY 30 PUBLISHED
NEXT CHECKPOINTDAY 60 · 15 NOV 2026
THE ECONOMIC TEST
One upgrade. Two opposing forces.
Interstellar can expand demand while simultaneously reducing the VTHO required for equivalent execution. The investigation follows both sides.
INTERSTELLARGreater EVM compatibility
Ethereum tooling works more naturally on VeChain. Interstellar brings VeChainThor closer to modern EVM standards, reducing friction when developers port Ethereum applications, tooling and smart contracts.
Potential effect → lower development friction and broader application compatibilityDEMAND PATHMore developers, apps & activityPotentially higher VTHO demand / burn
EFFICIENCY PATHMore efficient executionPotentially less VTHO per workload
THE METRIC THAT MATTERSVTHO BURN / ISSUANCE
INVESTIGATION TIMELINE
Evidence, preserved by checkpoint.
VIEWING · DAY 30 · 16 OCT 2026
NETWORK PULSE
Thirty days after Interstellar.
Overall network state across the selected evidence window, compared with pre-Interstellar activity.
PERIOD CHANGE FROM BASELINEChange from pre-Interstellar baseline
PRISMIQ DATA · NEURALWORKS VISUALISATIONADOPTION SIGNAL · 30 COMPLETE DAYS BEFORE VS AFTER
Did Interstellar attract more activity?
Account activity strengthened. Contract activity moved the other way. The activation day is excluded because Interstellar activated part-way through 16 September.
30-DAY PRE / POST COMPARISONSignal divergence after activation
16 SEP · ACTIVATION DAY EXCLUDED17 AUG — 15 SEP · PRE16 SEP · INTERSTELLAR17 SEP — 16 OCT · POST
DAY 30 · EVIDENCE READ
The first 30 complete days do not show a single broad adoption inflection. New and active accounts increased, while new and active contracts declined. These are before/after observations, not causal proof.
16 SEP 2026 · TECHNICAL EVENT
Interstellar changed the execution environment — not the verdict.
The upgrade increased Ethereum/EVM compatibility and developer interoperability. It did not itself rewrite VeChain's token economics. Those changes arrived through the broader Renaissance and Hayabusa sequence.
RENAISSANCEEconomic redesign
HAYABUSAStaking & issuance
INTERSTELLAREVM compatibility
DAY 30 · PRISMIQ ASSESSMENT
The signal split.
Thirty complete days after activation, account activity strengthened while contract activity weakened. Economic burn increased, but attribution shows that the largest recurring spikes were dominated by workloads that predate Interstellar.
DAY 30 · EVIDENCE CHECKPOINT
New contracts fell 31.2% and average daily active contracts fell 19.3% versus the preceding 30 complete days.
OBSERVED · 30-DAY WINDOW3.289M VTHO burned across the exact Day-30 window. veDelegate alone accounted for 21.98% of all burn.
CHAIN-DERIVED · ATTRIBUTEDDay 25 burned 378,379 VTHO; 329,322 VTHO was attributable to ToolChain3, a workload class that predates Interstellar.
VERIFIED · BLOCK-ATTRIBUTEDVTHO ECONOMIC TEST
Burn is now measured.
Exact chain-derived execution data across the complete Day-30 checkpoint window.
EST. VTHO ISSUANCE / DAY~25.1MEstimated protocol issuance
VTHO BURNED · FIRST 30 DAYS3,289,158.99~109,639 / day average
AVG BURN / EST. ISSUANCE~0.44%
100% · EQUILIBRIUM
Burn averaged ~109.6K VTHO per day across the first 30 days, equivalent to roughly 0.44% of estimated daily issuance. Burn is chain-measured; issuance is an estimate for economic context.
BURN ATTRIBUTION · 30 DAYS
The biggest spikes had fingerprints.
Block-level attribution separates total burn from the workloads that actually produced it.
30-DAY VTHO BURN3.289M
259,184 blocks reconciled to the exact Day-30 checkpoint.
WEEKLY PATTERND5 · D12 · D19 · D26
Every exact seven-day spike was dominated by the same veDelegate Trigger.
VEDELEGATE722,994.99
VTHO burned across the four weekly spikes — 21.98% of all Day-30 burn.
LARGEST DAY · DAY 2587.03%
of Day-25 burn was attributable to ToolChain3: 329,322 VTHO across 702,466 contract calls.
PRISMIQ · EVIDENCE INTERPRETATION
The burn is real. But the dominant anomalous workloads were pre-existing systems, so those events should not themselves be interpreted as new adoption created by Interstellar.
STAKING SIGNAL
Participating VET increased materially.
From approximately 14.2B VET before Interstellar to 15.6B VET at Day 7 — approximately +1.4B / +9.9%.
BASELINE14.2B
DAY 715.6B
Dynamic issuance rose with participating stake: ~25.1M → ~26.27M VTHO/day.
SIGNAL CHECK · 10 SEP 2026
The 61% VTHO move.
PrismIQ separated the price event from the network upgrade itself. Interstellar anticipation may have contributed sentiment, but the observed market structure better explains the magnitude.
PRICE MOVE+61%
PERP VOLUME~$281.7M
OPEN INTEREST~$14.5M
LIQUIDATIONS~$1.49M
INFERRED · HIGH CONFIDENCE
EVIDENCE LEDGER
What we know — and what we don't.
Observed facts, calculations and interpretations remain explicitly separated.
CURRENT ASSESSMENT · DAY 30
Adoption signals diverged.
Thirty complete days after activation, account activity strengthened while contract activity weakened. Burn was real, but concentrated legacy workloads explain the largest recurring spikes.
POSITIVE SIGNAL
New accounts and average daily active accounts increased.
ABSENT SIGNAL
Contract creation and average active-contract activity declined.
CAUSATION
Before/after movement and burn attribution do not establish that Interstellar caused the observed changes.
NEXT TEST
Day 60 · persistence, first-time deployers, new-contract adoption and organic burn distribution.
METHODOLOGY & PROVENANCE +
Investigation: PrismIQ. Presentation: NeuralWorks.
NeuralWorks visualises PrismIQ's investigation record and performs presentation-only calculations such as percentage deltas. It does not introduce new substantive conclusions outside the PrismIQ evidence record.
Checkpoint comparisons are snapshots and should not be interpreted as causal proof. Historical assessments remain preserved when later checkpoints are published.
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