Solana (SOL) failed again at the $144 area, marking its second rejection near that level in the past week. The token is still trading inside a broad $120 to $145 range, with price action driven by technical levels rather than a clear directional move.
SOL had rebounded 13% earlier this month, and that move revived discussion around ecosystem catalysts. The follow-through, though, has been limited. Even after briefly breaking a three-month downtrend, the market did not commit to a sustained upside structure, leaving traders focused on confirmation instead of momentum chasing.
Resistance at $143-$145 keeps Solana in range
The near-term chart remains defined by a well-defended $143 to $145 resistance zone. On the downside, $128 to $130 is identified as support, aligned with an unfilled fair value gap. Price compression is becoming more visible, suggesting a larger move may be building, but the timing is still unclear.
Analyst views are split. One side sees the latest rejection as a possible right shoulder within a broader inverse head-and-shoulders pattern, which could imply a retest of late-November lows before any breakout attempt. The opposing view holds that a decisive move above $143 to $145 would turn the structure bullish, with $152 and then $171 mentioned as upside levels if momentum strengthens.
ZKP allocates 141 billion tokens to mining and proof rewards
While Solana remains stuck in its range, attention has also shifted to Zero Knowledge Proof (ZKP). Under the project’s design, 141 billion ZKP, equal to 55% of total supply, is assigned to mining and proof rewards. The allocation is presented as a usage-linked model rather than an incentive pool detached from network activity.
ZKP is described as a next-generation Layer-1 blockchain built to combine privacy with verification at scale. It is designed to support computation, including AI workloads and data operations, while allowing results to be proven correct without exposing sensitive inputs. According to the source material, the network was funded and built before public participation, with more than $100 million invested in infrastructure and system design. Token distribution is conducted through a daily presale auction.
Proof Pods connect rewards to output and uptime
The reward engine is built around Proof Pods, specialized devices that generate zero-knowledge proofs for AI computation and data-related operations. In this model, rewards depend on successful proof generation and consistent uptime. Holding tokens alone does not define payout; active contribution does.
Proof Pods are designed to produce verifiable cryptographic proofs without revealing the underlying sensitive data. The output remains auditable, while the inputs stay private. That setup directs rewards toward participants powering the network, and it ties token issuance more closely to observable operational activity.
A model centered on verifiable work instead of passive holding
ZKP’s structure draws a hard line between passive ownership and measurable contribution. Tokens are earned through work that can be verified, not through inactivity. The framework highlighted in the source points to three main features: rewards follow proof creation, uptime affects reward flow, and issuance reflects live network participation.
That contrast has become part of the current discussion as Solana waits for a break above $144 and ZKP is assessed on how its incentives are distributed. One asset is being watched through resistance and support levels. The other is being examined through a reward system built around 141 billion ZKP and Proof Pods.