Making sense of complex data patterns demands advanced mathematics and a scientific approach. Alembic processes billions of interactions instantly while mapping complex cause and effect relationships. The Alembic Intelligence Platform then analyzes, observes, interprets and predicts the outcomes. The result? CMOs know exactly what levers to pull to maximize their investments in marketing.
MORE ON HOW ALEMBIC WORKS >Data ingestion and normalization takes place across your entire funnel. This includes first-party data like Adobe Analytics, Google Analytics, social media and Salesforce along with third-party data like TV, radio, podcast, foot-traffic, survey data or other sources.
Detect anomalies with Alembic’s proprietary Spiking Neural Network (SNN) technology, which works alongside the sophisticated causal algorithm, catching occurrences conventional systems miss. The SNN is inspired by human brain architecture, able to analyze complex patterns across massive datasets to detect any outliers.
Causal inference identified through causal chains made possible by sophisticated anomaly analysis. Alembic goes beyond mere correlation. Anomaly analysis identifies, isolates and establishes genuine cause-and-effect relationships that connect seemingly unrelated events across your ecosystem. This helps you reveal and understand the true drivers for performance improvements.
Result focused concise summaries are at your fingertips. Large language models (LLMs) convert insights and predictions into simple plain language, allowing CMOs and other marketers to know exactly what marketing, advertising and other engagement strategies generate and increase revenue.
We employ advanced techniques to scrutinize every data point, uncovering hidden patterns and relationships.
Definition
A pattern (P) that used to exist consistently until a certain point (j), then ceases to appear for the remainder of the observation window. Mathematically.
Example in marketing
An ad campaign that consistently drove traffic for several months but abruptly stops delivering leads (budget cut, API issue, etc.).
Why it is important
A model trained on the “always-on” pattern may miss that this signal has faded. By the time it re-trains, the pattern is gone and might be misclassified or go unnoticed.
Definition
The opposite of a fading pattern: a signal that didn’t exist at first but then consistently appears from time (i) onward.
Example in marketing
A new marketing channel that suddenly goes viral—e.g., a TikTok campaign that emerges at time (i) and remains effective afterward.
Why it is important
A static model might ignore this new pattern as a transient anomaly or take too long to re-train and recognize a “new normal.”
Definition
A signal that turns on and off multiple times, requiring at least three transitions at times (i), (j), and (k).
Example in marketing
A recurring seasonal promotion—active from (t=i) to (t=j), then off, then active again after (t=k). Or an influencer campaign that runs in short bursts.
Why it is important
Repeated “ups and downs” can either be mistaken for random noise or consistently flagged as anomalies, depending on how naive the detector is.
Definition
A pattern that is always present throughout the entire observation period.
Example in marketing
A baseline brand awareness or mention volume that never drops below a certain threshold.
Why it is important
A persistent signal can become “invisible” to certain detectors; small changes within that baseline may be overlooked since the model sees it as always normal.
How we solve it
Even if the overall pattern is constant, spiking neurons can detect small internal fluctuations; TCEG can link this constant baseline to other channels to see if it causally drives or is driven by new events.
Definition
A signal that appears exactly once at some time (i), never to be seen again.
Example in marketing
A one-off viral post or a sudden glitch driving a surge in website traffic or conversions—just once, then gone.
Why it is important
Single spikes can cause false alarms (if interpreted as a critical anomaly) or get labeled as irrelevant and vanish from further consideration.
One of the world’s most powerful supercomputers. Alembic’s privately owned system features a 256-petaflop multi-node NVIDIA DGX cluster. This extraordinary computational capacity enables Alembic customers to benefit from the platform’s proprietary methods at unprecedented scale and speed. Some implementations process over 100 billion rows of data annually. Complexity overcome by computational power.
Alembic’s Marketing Intelligence Platform instantly quantifies and interprets your information, delivering the important insights you need to evolve your marketing and drive more revenue.
Access real-time insights without manual dashboard analysis.
Use clear ROI data for confident CFO conversations.
Gain measurable insights to help refine marketing mix.
No PII or tracking pixels ensures protection of data.